国际热核聚变实验堆过渡馈线设计与分析

详细信息

Structural Design and Analysis of ITER Cryostat Feedthrough

摘要: 国际热核聚变实验堆（International Thermonuclear Experimental Reactor，简称ITER）采用超导馈线系统传输磁体线圈所需电流、冷却液及数据信号等。本文介绍了馈线系统中过渡馈线的设计，并通过有限元法对设计结构进行全面校核和应力分析，为结构的进一步研制提供了理论依据。
- 过渡馈线 ,
- S弯盒 ,
- 超导电流传输线 ,
- 双层绝缘
Abstract: International Thermonuclear Experimental Reactor (ITER) use superconducting magnet feeder system to transmit current, liquid helium and instrumentation cables, which are needed for magnet coils. The structural design of ITER cryostat feedthrough is described. With the help of finite element analysis technique, an overall check and stress analysis are carried out. It provides theoretical basis for further development of the structure.
- cryostat feedthrough ,
- S-bend box ,
- superconducting busbar ,
- double insulation

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